-
As the world’s seventh-largest steel producer, Türkiye is well-positioned to lead the shift to near-zero emission production.
This would be a strategic response to global overcapacity, new trade dynamics and a domestic steel supply-demand mismatch. With growing global downstream demand for low-emission steel and affordable renewable energy available at home, the conditions are in place for the sector to fully seize this opportunity.
-
Early investment in near-zero-emissions technology and greater use of domestic scrap will set Türkiye's steel sector on a strong transformation path, boosting its competitiveness and resilience.
A careful balance of imported and domestically produced near-zero emissions iron would keep value creation in primary steelmaking at home, reduce supply risks and diversify the secondary steel product portfolio. This pathway would cut annual emissions by 92 percent by 2050, supporting Türkiye’s climate neutrality goal.
-
A strong carbon pricing system could give Turkish steel producers the business case for investing in domestic near-zero-emissions iron capacity.
At around 100 euros per tonne of CO₂, steel made with domestic fossil gas-based iron becomes cost-competitive with coal-based production, at around 140 euros hydrogen-based steel follow. This market signal will reward early movers: those who seize it tap into growing demand for low-emission steel, lock in long-term contracts and build resilience against carbon border measures.
-
Carbon pricing revenues can help build a resilient steel sector that secures jobs, drive innovation and make Türkiye a frontrunner in global near-zero emission steel.
A strong regulatory framework is key, built on the recently introduced domestic Emissions Trading System and supported by a national Carbon Border Adjustment Mechanism. Together, they could generate up to 1.5 billion euros a year. Channelled into a dedicated decarbonisation fund, these revenues could help cover the sector's estimated annual investment needs for the next 20 years.
- Format
- Study
- Language
- EN
- Language
- TR
- Date
- 3 November 2026
Transforming Türkiye's steel industry
Roadmap to net zero by 2053
Summary
Türkiye is in a strong position to be at the forefront of global steel transition. This report shows how this transition could strengthen Türkiye’s export competitiveness and resilience, whilst at the same time achieving the national level net zero target by 2053. The report finds that an Accelerated Decarbonisation pathway would have the greatest impact: it preserves domestic primary ironmaking, creates up to 29,000 new jobs and reduces emission by 92 percent by 2050. The key levers for this transition would be domestic deployment of hydrogen-based Direct Reduced Iron, imported low-emission Hot Briquetted Iron, increased scrap collection and recycling, and renewables build-out. Further coordinated policy measures would include the creation of a Green Steel Decarbonisation Fund, contracts for difference and green public procurement. Carbon pricing is a major lever in instigating this transformation and can also provide the financial support if the revenues for exports sent to the EU are subject to a reverse CBAM and revenues on export products to the EU are kept in Türkiye.
Key findings
Bibliographical data
- Authors
- Authors: Ysanne Choksey, Emir Çolak (both Agora Industry); Wido Witecka (Independent consultant). Contributors: Bengisu Özenç (Sefia); Dursun Baş (Istanbul Policy Center).
- Publication number
- 438/13-S-2026/EN
- Version number
- 1.0
- Publication date
-
3 November 2026
- Pages
- 60
- Suggested citation
- Agora Industry, Istanbul Policy Center, SEFIA (2026): Transforming Türkiye's steel industry. A roadmap to net zero by 2053.
- Project
- Produced within the framework of Global Steel Transformation
Downloads
-
Study
pdf 2 MB
Transforming Türkiye's steel industry
Roadmap to net zero by 2053
-
Yayın
pdf 2 MB
Türkiye Çelik Sektörü
2053 Net Sıfır Emisyon Yol Haritası
All figures in this publication
Crude steel production mix: Accelerated Decarbonisation scenario
Figure A from Transforming Türkiye's steel industry on page 6
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Scenario comparison: CO2 emissions in the steel sector in Türkiye
Figure B from Transforming Türkiye's steel industry on page 7
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
CO2 price configuration for scenarios assessed
Figure C from Transforming Türkiye's steel industry on page 8
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Cost comparison on BF-BOF and de-risked H2-DRI EAF production in Türkiye under different CO2 price scenarios
Figure D from Transforming Türkiye's steel industry on page 8
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Türkiye’s opportunities from accelerating steel sector decarbonisation to 2050
Figure E from Transforming Türkiye's steel industry on page 9
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Türkiye’s opportunities from accelerating steel sector decarbonisation to 2050
Figure 1 from Transforming Türkiye's steel industry on page 13
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Largest global producers and consumers of steel, 2024
Figure 2 from Transforming Türkiye's steel industry on page 14
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Map of steel facilities in Türkiye
Figure 3 from Transforming Türkiye's steel industry on page 15
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Türkiye‘s crude steel production
Figure 4 from Transforming Türkiye's steel industry on page 16
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Steel production in Türkiye by route
Figure 5 from Transforming Türkiye's steel industry on page 17
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Top global scrap exporters and importers, 2024
Figure 6 from Transforming Türkiye's steel industry on page 19
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Iron ore imports to Türkiye by supply country, 2025
Figure 7 from Transforming Türkiye's steel industry on page 20
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
CO2 emission intensity per production route, 2022
Figure 8 from Transforming Türkiye's steel industry on page 21
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Emissions data for integrated facilities in Türkiye, 2025
Figure 9 from Transforming Türkiye's steel industry on page 22
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Grid emission intensity in Türkiye
Figure 10 from Transforming Türkiye's steel industry on page 23
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Installed capacity and production in Türkiye‘s power system, 2025
Figure 11 from Transforming Türkiye's steel industry on page 23
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Global steel overcapacity
Figure 12 from Transforming Türkiye's steel industry on page 26
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Metallics and scrap inputs to Türkiye`s steel sector
Figure 13 from Transforming Türkiye's steel industry on page 26
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
EU export share and EU export market value from Türkiye‘s production across different industry sectors (2025)
Figure 14 from Transforming Türkiye's steel industry on page 27
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
DRI project pipeline in MENA, 2030
Figure 15 from Transforming Türkiye's steel industry on page 29
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
CO2 price configuration for scenarios assessed
Figure 16 from Transforming Türkiye's steel industry on page 31
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Crude steel demand projections for Türkiye from selected publications
Figure 17 from Transforming Türkiye's steel industry on page 32
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Scenario comparison: CO2 emissions in the steel sector in Türkiye
Figure 18 from Transforming Türkiye's steel industry on page 33
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Crude steel production mix: Business as Usual scenario
Figure 19 from Transforming Türkiye's steel industry on page 34
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Crude steel production mix: Moderate Ambition scenario
Figure 20 from Transforming Türkiye's steel industry on page 35
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Crude steel production mix: Accelerated Decarbonisation scenario
Figure 21 from Transforming Türkiye's steel industry on page 36
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Residual emissions in steel sector: Accelerated Decarbonisation scenario, 2050
Figure 22 from Transforming Türkiye's steel industry on page 37
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Techno economic analysis of different steel production pathways in Türkiye
Figure 23 from Transforming Türkiye's steel industry on page 38
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Cost comparison on BF-BOF and de-risked H2-DRI EAF production in Türkiye under different CO2 price scenarios
Figure 24 from Transforming Türkiye's steel industry on page 39
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Near zero emissions steel sector in Türkiye will require policy deployment across the entire value chain
Figure 25 from Transforming Türkiye's steel industry on page 42
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Illustrative overview of Türkiye‘s CO2 price revenue generation mechanism
Figure 26 from Transforming Türkiye's steel industry on page 47
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
ETS design options for Türkiye and its impact on CO2 revenue generation from scope 1 emissions of the iron and steel sector
Figure 27 from Transforming Türkiye's steel industry on page 48
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Phase-out timelines of EU free allowances under current law and the proposed EU ETS reform from July 2026
Figure 28 from Transforming Türkiye's steel industry on page 49
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.
Türkiye’s annual CO2 price revenues from iron and steel by 2030 in various CO2 price scenarios with 60% free allocation and a Turkish CBAM
Figure 29 from Transforming Türkiye's steel industry on page 50
Under consideration of the Creative Commons license CC BY (attribution) the image may be further processed in any format or medium (also commercially, also in modified form), as long as the author is mentioned and a link to the license is given.